Alpha and cluster decay half lives in Tungsten isotopes: A microscopic analysis
Nithu Ashok, Antony Joseph
TL;DR
This paper investigates alpha and cluster decay half lives in tungsten isotopes using microscopic analysis, comparing different models and highlighting the influence of neutron shell closure on decay processes.
Contribution
It provides a comparative analysis of decay half lives in tungsten isotopes using various Skyrme parametrizations and the Universal Decay Law, emphasizing the role of neutron shell closure.
Findings
Skyrme parametrizations significantly affect decay predictions
Universal Decay Law effectively estimates half lives
Neutron shell closure influences cluster decay modes
Abstract
Alpha and cluster decay half lives for W isotopes in the range between 2p drip line and beta stability line are studied. The sensitivity of different Skyrme parametrizations in predicting the alpha decay and probable cluster decay modes from W isotopes have been analysed. The half lives are calculated using UDL. Predicted half lives are compared with ELDM and also with available experimental values. The study also revealed the role of neutron shell closure in cluster decay process.
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